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Pressure Distribution of Pressure and Non-Pressure Sections of a Hydropower Station Spillway Tunnel

机译:水电站溢洪道隧道压力和非压力部分的压力分布

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In this paper, we used VOF combining k-ε turbulent model to simulate pressure distribution of pressure section and non-pressure section in a hydropower station spillway tunnel with high head and large discharge in China. The results show that in the pressure section of the spillway tunnel, the values of pressure of emergency gate slot, working gate and the pressing slope, getting from physical model experiment and numerical simulation, are all positive. While in the non-pressure section, the No.1, 2, 3 aerators of the sudden enlargement and sudden drop occur the maximum pressure. And at the back of the No.1, 2, 3 aerators, where the values of pressure are negative, forms cavity. The conclusions obtained can improve the design of spillway tunnel.
机译:在本文中,我们使用了VOF组合K-ε湍流模型来模拟水电站溢洪道隧道压力截面和非压力部分的压力分布,在中国高头和大放电。结果表明,在溢洪道隧道的压力部分,应急门槽,工作闸门和按压斜率的压力值,从物理模型实验和数值模拟中都是正的。虽然在非压力部分中,NO.1,2,3突然扩大的曝气器和突然下降的最大压力。在No.1,2,3曝气器的后面,压力值为负,形成腔。得到的结论可以改善溢洪道隧道的设计。

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